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Innovative Application of Cutting Edge Products

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Combining occupant comfort & low energy solutions.

The Invisible Diffuser

One of The Industry’s Best Kept Secrets

The Invisible Diffuser from Advanced Airflow Solutions is one of the industries best kept secrets, due to its invisible integration into the project ceiling design. The Invisible Diffuser utilises the project ceiling tile as its faceplate and delivers an inductive discharge pattern resulting in low room velocities and uniform temperature profiles.

Due to its unique discharge characteristics, dust laden room air is prevented from coming into contact with the ceiling tile thus ensuring that the tile remains free from smudging and maintaining the diffusers long term invisibility.

Floor Diffusers

Floor Outlets from Advanced Airflow Solutions utilise a well established principle of high induction air supply delivered directly into the occupied zone. This principle ensures high mixing of supply and room air thus ensuring low room velocities and uniform temperature profiles.

As the air is delivered directly into the occupied zone and velocities dissipate, the principle of displacement flow is realised allowing temperature differentials of up to 10K to be achieved. This reduces the air volume required for the removal of heat, and, combined with an increased supply temperature (18 degrees C) allows significant energy savings to be made.

AAS floor outlets are also extensively used for underseat application in theatres and auditoria.

Slot Diffusers

A Discreet Perimeter Solution

The Inductive Slot Diffuser from Advanced Airflow Solutions combine sleek appearance with rapid mixing of supply and room air resulting in draught free conditions and uniform temperature profiles in the occupied zone.

The diffuser profile allows discreet integration into the ceiling design offering standard and high capacity options and standard and narrow flange designs. Diffusers can be arranged in continuous rows or finite lengths with end flanges.

Airflow adjustment is via colour coordinated plastic rolls which can be set to provide optimum discharge patterns.

The Invisible Diffuser

One of The Industry’s Best Kept Secrets

The Invisible Diffuser from Advanced Airflow Solutions is one of the industries best kept secrets, due to its invisible integration into the project ceiling design. The Invisible Diffuser utilises the project ceiling tile as its faceplate and delivers an inductive discharge pattern resulting in low room velocities and uniform temperature profiles.

Due to its unique discharge characteristics, dust laden room air is prevented from coming into contact with the ceiling tile thus ensuring that the tile remains free from smudging and maintaining the diffusers long term invisibility.

Floor Diffusers

Market Leaders For 30 Years

Floor Outlets from Advanced Airflow Solutions utilise a well established principle of high induction air supply delivered directly into the occupied zone. This principle ensures high mixing of supply and room air thus ensuring low room velocities and uniform temperature profiles.

As the air is delivered directly into the occupied zone and velocities dissipate, the principle of displacement flow is realised allowing temperature differentials of up to 10K to be achieved. This reduces the air volume required for the removal of heat, and, combined with an increased supply temperature (18 degrees C) allows significant energy savings to be made.

AAS floor outlets are also extensively used for underseat application in theatres and auditoria.

Inductive Slot Diffuser

A Discreet Perimeter Solution

The Inductive Slot Diffuser from Advanced Airflow Solutions combine sleek appearance with rapid mixing of supply and room air resulting in draught free conditions and uniform temperature profiles in the occupied zone.

The diffuser profile allows discreet integration into the ceiling design offering standard and high capacity options and standard and narrow flange designs. Diffusers can be arranged in continuous rows or finite lengths with end flanges.

Airflow adjustment is via colour coordinated plastic rolls which can be set to provide optimum discharge patterns.

Floor Twist Outlet MFD-TP

Displacement Outlet CP

REFERENCE PROJECTS

St James’ Market, London

St James’ Market, comprising of 14-20 Regent Street and 52-56 Haymarket, provides 31,500 m2 (340,000 ft2) of mixed-use accommodation and brings together world-class 21st century architecture with preserved historic facades. In November 2015, Advanced Airflow Solutions supplied the project with Opticlean Diffusers in a contract worth in excess of £100,000.00.

20 Fenchurch Street

Designed in 2004 by architect Rafael Viñoly and costing over £200 million, 20 Fenchurch Street (nicknamed “The Walkie Talkie”) is prominent commercial skyscraper in London. Construction was completed in 2014 and the top-floor “Sky Garden” was opened in January 2015. The building consists of 34 storeys, making it the fifth tallest building in the City of London. In November 2015, Advanced Airflow Solutions supplied Opticlean diffusers (type OC-Q) to the 24th floor refurbishment for Internationally renowned Law firm, Vinson & Elkins.

Belfast Waterfront Hall

The £29.5 million extension to Belfast’s Waterfront Hall is due for completion in December 2015. The development will double the size of the existing conference and exhibition facilities at the hall and offer an additional 4,000m² of conference, exhibition and banqueting space plus a 2000m² major hall and a minor hall of 750m². Advanced Airflow Solutions supplied grilles & diffusers in a contract worth in excess of £94,000.00

One Angel Square

The landmark building is the head office of the Co-operative Group. One Angel Square in Manchester is one of the most sustainable large buildings in Europe. It is powered by a biodiesel cogeneration plant using rapeseed oil to provide electricity and heat. The structure makes use of natural resources, maximising passive solar gain for heat and using natural ventilation through its double-skin facade, adiabatic cooling, rainwater harvesting, greywater recycling and waste heat recycling.

Barnsley 6th Form College

In August 2015, Advanced Airflow Solutions supplied Barnsley 6th Form College & Construction centre with our standard grilles & diffusers in a contract worth in excess of £40,000.00

Liverpool Philharmonic Hall

Liverpool Philharmonic Hall is the home of the Royal Liverpool Philharmonic Society and is recorded in the National Heritage List for England as a designated Grade II listed building. In March 2015, Advanced Airflow Solutions supplied Liverpool Royal Philharmonic concert hall with Opticlean Diffusers.

Windsor Walk Medical Centre, London

Windsor Walk Medical Centre is a 5,000m² centre of excellence for Fetal Medicine to be occupied by King’s College Hospital. This building rehouses the world leading clinical unit and research centre, caring for more than 10,000 patients each year, in a high quality hospital and research environment. In June 2015, Advanced Airflow Solutions supplied Windsor Walk Medical Centre with Terminal HEPA units.

Aberdeen International Business Park

Located next to Aberdeen International Airport, Phase 1 of the development boasts extensive facilities; restaurants & cafés, a fitness centre, sports hall and convenience shopping.

In Winter 2014, Advanced Airflow Solutions supplied standard grilles & diffusers to the project in a contract worth in excess of £125,000.00

The Roslin Institute

The Roslin Institute undertakes top-class basic and translational science to tackle some of the most pressing issues in animal health and welfare, their implications for human health and for the role of animals in the food chain.

The Centre was formally established during 2008, and in 2011 moved to a new £60.6M building on the University of Edinburgh's veterinary campus at Easter Bush.

The Roslin Institute provides holistic solutions to global challenges in human and veterinary medicine and the livestock industry.

National Graphene Institute

The National Graphene Institute is a research institute and building at the University of Manchester that is focused on the research of graphene. Construction of the building to host the institute started in 2013.

The five-story glass-fronted building will provide 7,600 square metres of research space. This includes two clean rooms, one of which occupies the entire lower ground floor and a 1,500 square metres research lab including laser, optical, metrology and chemical laboratories, along with offices, a seminar room and accommodation.

MTC Aerospace

The MTC opened in 2011 and was founded by the University of Birmingham, Loughborough University, the University of Nottingham and TWI Ltd. MTC’s industrial members include some of the UK’s major global manufacturers and innovative SMEs.

The MTC aims to provide a competitive environment to bridge the gap between university-based research and the development of innovative manufacturing solutions, in line with the Government’s manufacturing strategy.

The MTC is part the High Value Manufacturing Catapult, supported by the Technology Strategy Board (TSB).